Rubies

Overview of robotics concepts

Introduction to VEX IQ equipment (motors, sensors, brain)

Basic building and programming exercises

Understanding simple machines (gears, levers, wheels)

Building robots that demonstrate basic movements (forward, backward, turns)

Introduction to sensors (touch, distance, color)

Implementing sensor-based control in robots

Design and build robots to navigate through an obstacle course

Programming robots to use sensors for obstacle detection

Understanding autonomous programming (using loops, conditions)

Exploring remote control capabilities (using controllers)

Explore mechanical advantage and center of mass concepts

Design robots optimized for playing Tug of War

Experiment with different strategies for pulling objects

Advanced programming exercises (line following, maze solving)

Encouraging creative problem-solving through coding

Combine robotics with art by creating drawing robots

Experiment with different drawing patterns and techniques

Students work on a self-guided final project based on their interests

Mentoring and guidance provided by instructors

Presentation of final projects to parents and peers

Celebration of achievements and certificates distribution

Recap of first semester learnings

Introduction to more advanced robotics concepts (e.g., PID control)

Design and program robots to navigate through a complex maze

Explore strategies for efficient pathfinding

Deep dive into specific sensor types and their applications

Integration of advanced sensor functionalities in robot projects

Build autonomous vehicles capable of following a specified path

Implement obstacle avoidance using sensors

Explore how robotics can be used in environmental monitoring and conservation

Build robots for specific environmental challenges

Combine robotics with music and dance

Choreograph robot dance routines and program synchronized movements

Introduction to entrepreneurial skills in robotics

Brainstorming and prototyping innovative robot ideas

Engage in a design challenge where students create unique robots to solve a given problem statement

Emphasis on creativity and practical application of skills

Students work on a capstone project incorporating all learned concepts

Preparation for final project showcase

Presentation of second semester final projects

Graduation ceremony and certificates distribution